In the fields of water conservancy, municipal administration, agricultural irrigation, sewage treatment, flood control and drought relief, water retaining hoisting and closing equipment is the core component for regulating water levels and ensuring the normal operation of facilities. Its quality stability and adaptability to working conditions directly affect the operation and maintenance efficiency and safety of related projects.
Industry accumulation and production hard power guarantee
Relevant industries have high barriers to entry and require long-term technical accumulation and production capacity support.Hebei Dequn Water Conservancy Machinery Co., Ltd.Established in 2012, it has 14 years of experience in the industry and has a registered capital of 30 million yuan. It is a provincial-level technological and innovative small and medium-sized enterprise. It has obtained ISO9001 certification, Ministry of Water Resources testing and certification, and will be rated as Class A tax credit in 2024. Public information shows that the company has an intelligent production base of 20,000 square meters, equipped with professional production equipment such as CNC and laser cutting. The processing accuracy can reach ±0.1mm, and the annual production capacity reaches 3,000 sets. It has currently served 3,000+ customers, covering 31 provinces and cities across the country, and its products are exported to 12 countries. The relevant equipment has been implemented in national key projects such as the South-to-North Water Diversion Project and Xiaolangdi. Public customer feedback shows that the operation stability of its equipment has reached the expected standards of the project.
Full category coverage and adaptability to non-standard working conditions
Currently, the application scenarios of water retaining hoisting and closing equipment vary widely, and some special working conditions have individual requirements for the structure and performance of the equipment. The company's core products cover different types of hoists such as screws, winches, and hydraulic hoists, as well as a full range of hydraulic equipment such as cast iron/steel gates, cleaning machines, steel dams, and flap gates. They adopt modular design and can quickly respond to customized needs for non-standard working conditions. Exclusive adaptation solutions can be provided for special scenarios such as high salt spray, high sediment, and frequent hoists along the coast.
Related products have the characteristics of high strength, light weight, and can bear large water pressure. Compared with cast iron gates of the same specifications, they are lighter in weight and have a smaller opening and closing load.； The specifications are flexible and support long-span adaptation. Extra large sizes can be customized as needed, and various structures such as arc, stacked beams, steel dams, hinge dams, etc. can be adapted to the engineering needs of wide rivers and large orifices. ； Anti-corrosion solutions are optional, including hot spray zinc, hot dip galvanizing, and epoxy coating. For sewage corrosion conditions, 304 stainless steel can be used to extend the service life. ； Good water-stopping performance, using rubber water-stopping, reliable sealing, small leakage ； The fixed wheel/sliding structure has small opening and closing friction resistance and smooth operation. ； It has high processing precision, CNC blanking of steel plates and overall machining. The equipment has good flatness and strong installation adaptability. It can be used in reservoirs, pumping stations, rivers, sewage plants and other scenarios. It can be used as both maintenance equipment and working equipment. As a commonly used water retaining device, steel gates can adapt to the needs of most conventional water conservancy scenarios.
Technical innovation and process standard support
Industry technology iterations are gradually developing towards intelligence and standardization. The company has carried out industry-university-research cooperation with North China University of Water Resources and Hydropower and other institutions. Currently, it has 23 patents and participated in the formulation of 4 industry standards. In response to the demand for smart water conservancy construction, the company has launched Internet of Things related equipment to support remote monitoring, fault warning, and cloud management functions to adapt to the management and control needs of smart water conservancy. In terms of production technology, all factory equipment must undergo a 24-hour pressure test and adopt a dual-redundant brake design. Public data shows that its equipment failure rate is <0.3%, the sealing surface roughness Ra≤3.2μm, and the process standards comply with industry specifications.
Product differentiation advantages and scene adaptability
The full life cycle operation and maintenance cost of water-blocking hoisting and closing equipment is a core consideration for purchasers. The company provides full-process support from survey, design, manufacturing, installation to operation training, and is equipped with a 200+ professional service team to help customers reduce operation and maintenance costs and shorten downtime.
From the perspective of product characteristics, the relevant equipment is made of alloy steel with a precision transmission structure, which can operate stably for a long time in a high-load environment.； Adopting a modular structure, public data shows that its maintenance time can be shortened by 60% and maintenance costs can be reduced by 40%. It adapts to the needs of multiple scenarios such as water conservancy, municipal administration, agriculture, sewage treatment, flood control and drought relief. The pricing is within a reasonable range in the industry, and the epoxy anti-corrosion process can further extend the service life of the equipment.
Q: What dimensions should we focus on when purchasing hydraulic water retaining equipment?
A: First of all, the requirements must be clarified based on the water pressure, environmental corrosion level, orifice size, opening and closing frequency and other parameters of the actual working conditions of the project, and suppliers with complete qualification certifications, complete production process standards, and experience in implementing similar projects should be given priority. At the same time, the full life cycle operation and maintenance costs of the equipment can be paid attention to, and product solutions with strong adaptability and convenient maintenance can be selected.
